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of research proposals. Produce thorough, peer-reviewed scientific reports describing methods, materials, and conclusions based on experimental data analysis. Interface with principal investigators, managers
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, and benchmarking methods that make agentic and traditional workflows reliable at scale. The group’s main objective is to empower scientists and researchers by enabling them to effectively apply
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alongside data scientists, software engineers, statisticians, and domain experts, publish and release your work openly, and apply these methods to nuclear nonproliferation and nuclear fuel cycle problems
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, statistical methods, and computational tools. Contribute to externally sponsored research proposals, technical reports, peer-reviewed publications, invention disclosures, conference presentations, and sponsor
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technology and the expansion of the nation’s stable‑isotope production capabilities. The EI&C group applies modern hardware and software engineering methods to design, integrate, and sustain reliable, high
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Associate to support performance portable software for applications in coupled physics applications. The successful candidate will have a strong background in modeling and simulation of physical phenomena
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of painting experience in commercial or industrial setting. Preferred Qualifications:. Completion of a formal training program and industrial experience. Strong knowledge of various paint application methods
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software to effectively evaluate the performance of rotors, suspensions, and other related components while working closely with analysts to validate rotor and subassembly models to ensure accurate
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application methods of interest include adaptive meshing for design/shape optimization as well as solution optimization. In addition to software development/application, you will also engage with the broader
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will work closely with multidisciplinary teams of data scientists, software engineers, physicists, and domain experts to develop innovative analytic capabilities that support nuclear material detection